Speaker
TIMUR ATOVULLAEV
Description
Investigating the ground-state (g.s.) distributions of nucleons in atomic nuclei remains a key challenge in nuclear physics, often addressed through particle knockout reactions. In 2022, an experiment conducted at JINR utilized a 45 GeV/c carbon-12 beam incident on liquid hydrogen to explore the hard quasi-free 12C(p,2p)11B reaction in inverse kinematics. By tagging the reaction fragments, the experiment effectively suppressed initial and final state interactions (ISI/FSI), enabling an extraction of g.s. properties. We aim to extract the quasi-elastic cross-section and compare the results with previous measurements at lower energies. This contribution presents a discussion of the preliminary results from the experiment.
